4. Three ropes are used to pull a large crate. The three ropes were oriented as shown in the figure at the right. Find the magnitude and direction of a fourth rope that will make the sum of the four forces be zero. B (80.0 N) 30.0° À (100.0 N) 30.0° -x 53.0⁰ * 4 C (40.0 N)
4. Three ropes are used to pull a large crate. The three ropes were oriented as shown in the figure at the right. Find the magnitude and direction of a fourth rope that will make the sum of the four forces be zero. B (80.0 N) 30.0° À (100.0 N) 30.0° -x 53.0⁰ * 4 C (40.0 N)
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![4. Three ropes are used to pull a large crate. The three ropes were oriented
as shown in the figure at the right. Find the magnitude and direction of a
fourth rope that will make the sum of the four forces be zero.
É (80.0 N)
30.0°
53.0⁰
T (40.0 N)
O
À (100.0 N)
30.0°
X
4](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7b4efd2b-c40f-4a13-a98f-382a8021d674%2Fc7203454-2393-4d64-98c9-34a8704aaaf2%2Fkybui2_processed.png&w=3840&q=75)
Transcribed Image Text:4. Three ropes are used to pull a large crate. The three ropes were oriented
as shown in the figure at the right. Find the magnitude and direction of a
fourth rope that will make the sum of the four forces be zero.
É (80.0 N)
30.0°
53.0⁰
T (40.0 N)
O
À (100.0 N)
30.0°
X
4
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